Industrial Computer Chassis - Dynalog India

Industrial Computer Chassis - Dynalog India

Dynalog India manufactures industrial computer chassis in India. Industrial Computer Chassis provides flexible drive combinations and comes with an lockable front door that prevents it from unauthorized Access.

Types Of Industrial Computer Chassis ACP-2000 2U 6-slot Rackmount Chassis with Front USB and PS/2 Interfaces

Product Features ● Lockable door prevents unauthorized access ● Cooling fan with replaceable fan filter ● Two USB ports on the front panel ● Flexible drive combinations ● Cost-effective, compatible design DYNA-IPC-410 is an cost effective 4U Rackmount Chassis with provides flexible drive combinations and comes with an lockable front door that prevents it from unauthorized Access.

IPC-510 4U Rackmount Chassis with Front USB and PS/2 Interfaces

Product Features ● ● ● ● ●

The most cost-effective rackmount chassis Supports 250/300 W ATX PFC PS/2 power supply Easy to install front-accessible drive bays to hold three 5.25″ and two 3.5″ drives (one front-accessible & one internal) Front-accessible USB & PS/2 interfaces Designed to withstand environmental extremes, such as shock, vibration and high temperature

IPC-510-B/C is a 4U IPC rackmount chassis which includes a 14-slot ISA or ISA/PCI backplane and a 250 W / 300 W ATX PFC PS/2 power supply. It is the best price-performance industrial chassis platform for building mission-critical applications. IPC-510-B/C has a shockproof design with front-accessible drive bays for easy installation of three half-height 5.25″ drives, one 3.5″ FDD, USB devices, and a PS/2 keyboard connector. The design also includes one internal 3.5″ HDD drive bay. For high-density applications, IPC-510-B/C supports a range of ISA/PCI backplanes, with the ATX M/B version and a 250 W / 300 W ATX PFC power supply optional.

IPC-510-B/C is a rack-optimized IPC chassis that offers the best total cost of ownership and scalability for customers who want to grow their businesses without increasing costs. A wide range of standard computing peripherals can be integrated with the chassis to meet different application development requirements under mission-critical environments.